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Helping Nerve Cells Clear Damaged Mitochondria May Treat Parkinson’s, Study Finds

Parkin protein deficiency — which is associated with early onset Parkinson’s disease — is only detrimental when dopamine-producing neurons undergo a metabolic switch as they mature, a new study reported. Under such conditions, nerve cells lacking in parkin cannot effectively recycle damaged mitochondria (the cells’ powerhouses, or energy sources), significantly…

Young Onset Parkinson’s Presents Unique Challenges, Article Asserts

People with young onset Parkinson’s disease have unique features that should be taken into account when providing care and conducting research, a recent review article highlights. The paper, “Young Onset Parkinson’s Disease: A Modern and Tailored Approach,” was published in the Journal of Parkinson’s Disease. Parkinson’s usually…

Common Parkinson’s Mutation Tied to Neuron Damage via Calcium Imbalance in Study

The most common mutation associated with Parkinson’s disease — called LRRK2-G2019S — results in abnormal global protein production that increases the levels of calcium within dopamine-producing neurons, likely making them more vulnerable to degeneration, a study suggests. “Mapping out this progression of events is an important advancement in…